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"Deck The Halls" - Jim Goodrich; Geeknotes: The State of Chicago Poetry and Holiday Schedule, PhotArt International No. 8, Hans Op de Beeck Monograph, Xmas Extras; Open Mic Stage: Podsafe Christmas Promo, "Stranger Than Most Nights" - Bows and Arrows, "Close My Eyes " - duckett ccMixter, "Runnin with A Gun" - Slightly Stoopid, Dr Bill Promo, "Cherokee's Dream" - Dreamweaver, "Christmas Morning" - Jeff Mallon, "The Bum" - Hydropods - ; Map Room: Turning Water into Fuel, Human Evolution Speeding Up, Chip-Shrinking May Be Nearing Its Limits, Your Encryption Key Is Protected By The Constitution?; Venue Verite: "Speakin 'o Christmas" - Paul Lawrence Dunbar, "The Christmas Stocking" by L. Frank Baum, "A Christmas Insurrection" by Anne P. L. Field; Music Bed: "Twilight Snow" - Coax

Gordon Moore calls technology the "fundamental enabler" for all other technologies in his live-streamed keynote, available in two videos, here and here. The breadth of technology on display at this year's Fall IDF in San Francisco confirms the central role that chip technology continues to play in tech advances. Moore's Law sets the rhythm for what Intel calls its "tick-tock" development of new chip technologies, like this coming year's Penryn 45-nanometer chips. In this video podcast wrap-up to the Fall IDF, a quick spin through the highlights from a few of the sessions, including Intel Fellows on call to answer any and all questions at the popular Shoptalk, where the experts discussed the future of silicon technology and those red aprons. A virtual walk through the exhibit hall, a look at the technology on display, and highlights from Gordon Moore's on-stage interview round out the wrap-up coverage in this video postcard from the Intel Developer Forum. Thanks for joining us at IDF - For next IDF click here Tags: Gordon Moore, Moore's Law, Penryn, Shoptalk, Intel Developer Forum

Gordon E. Moore, Intel retired chairman and CEO (and chairman emeritus of the board) spoke with Moira Gunn onstage at the Intel Developer Forum in San Francisco, in what Intel called a "fireside chat." In this segment, find out whether or not you owe your workplace set-up to Moore and Intel (hint: you probably do). Also, was "Intel" ever the hame of a motel company in the Midwest? The conversation covered a full career, from a time before semiconductors, when the very notion of integrated circuits was new -- and controversial. Since then, of course, not only has Moore been on the winning side of the technology, but his name has become synomymous with the notion that the technology of the chip is on an aggressive development track -- "Moore's Law" has guided and challenged the chip industry for more than 30 years. (Asked if he regrets that name, he says, "I guess I don't - now.") An End to Moore's Law? Every year sees speculation about a possible end to Moore's Law. What does Moore, himself say (this year)? The answer is in this podcast. The physical world is subject to limiting factors, and Moore predicts that sometime in the foreseeable future, limits will be reached in the business of chip-making. However, Moore says he's still impressed at how well the industry has extended the technologies, so far. Moore easily recalls a time before the name Silicon Valley applied to the high-tech corridor south of San Francisco, but he was also remembers a time before the now-ubiquitous staple of office life worldwide. Cubicles. You may not like your cubicle much, but according to Moore, they came about in an attempt to keep the office from looking like a prison. Besides, he says, he still has the biggest cubicle at Intel. Gordon Moore co-founded Intel in 1968. To learn more, click here. Tags: Gordon E. Moore, Intel, Moira Gunn, Intel Developer Forum, semiconductors, integrated circuits, Moore's Law, Silicon Valley, Cubicles

In his keynote today at the Intel Developer Forum in San Francisco, Patrick Gelsinger, senior vice president and general manager of Intel's Digital Enterprise Group, gave a broad update on Intel's efforts this year. In this podcast, Gelsinger covers what he calls the company's "relentless pursuit of Moore's Law," spotlighting Nehalem (that's the codename for "the first-ever Intel 45 nanometer High-k metal gate next-generation microarchitecture dual processor server," according to company statements). He also revealed Intel's plans to build on the latest roll-out of Intel vPro processor technology with a 2008 release called "McCreary," which will include new halogen and lead-free 45nm dual and quad-core processors. Encryption and decryption technology is addressed with Danbury technology (one reaction to which can be found here). Underscoring the current momentum around virtualization, Gelsinger was joined onstage at one point by John Fowler, executive vice president of Sun Microsystems. A demonstration of Intel Virtualization Technology and Intel Trusted Execution Technology shed some light on how Intel will provide protection for virtual environments in the workstations and desktop PCs of the future. Check out Pat Gelsinger's blog for more thoughts from (and after) IDF. Tags: Intel Developer Forum, Patrick Gelsinger, Digital Enterprise Group, Moore's Law, Nehalem, 45 nanometer, microarchitecture, dual processor, vPro, McCreary, lead-free, Encryption, decryption, Danbury technology, virtualization, John Fowler

Gordon E. Moore, Intel retired chairman and CEO (and chairman emeritus of the board) spoke with Moira Gunn onstage at the Intel Developer Forum in San Francisco, in what Intel called a "fireside chat." In this segment, find out how Intel really got its start, and how much of its success Moore thinks was just great good luck. The conversation covered a full career, from a time before semiconductors, when the very notion of integrated circuits was new -- and controversial. Since then, of course, not only has Moore been on the winning side of the technology, but his name has become synomymous with the notion that the technology of the chip is on an aggressive development track -- "Moore's Law" has guided and challenged the chip industry for more than 30 years. (Asked if he regrets that name, he says, "I guess I don't - now.") An End to Moore's Law? Every year sees speculation about a possible end to Moore's Law. What does Moore, himself say? The answer is in this podcast. The phyical world is subject to limiting factors, and Moore predicts that sometime in the foreseeable future, limits will be reached in the business of chip-making. However, Moore says he's still impressed at how well the industry has extended the technologies, so far. Moore easily recalls a time before the name Silicon Valley applied to the high-tech corridor south of San Francisco, but he was also remembers a time before the now-ubiquitous staple of office life worldwide. Cubicles. You may not like your cubicle much, but according to Moore, they came about in an attempt to keep the office from looking like a prison. Besides, he says, he still has the biggest cubicle at Intel. Gordon Moore co-founded Intel in 1968. To learn more, click here. Tags: Gordon E. Moore, Intel, Moira Gunn, Intel Developer Forum, semiconductors, integrated circuits, Moore's Law, Silicon Valley, Cubicles

Paul Otellini looked back on 40 years of innovation at Intel, outlined the company's three main capabilities (silicon technology, Intel architecture, and market creation), and gave his vision for the future. "Today's innovations are the basis of future technology," Otellini said. Intel has brought out new technology every two years for the last 14 years, putting Intel co-founder Gordon Moore's "Moore's Law" into practice. From 45 nanometer technology, Intel has its sights set on 32 nanometer microprocessors for 2009. Otellini also talked about platforms -- the unique combination of microprocessors and chipsets, "tailored for the task at hand." In the immediate future is Penryn, 45 nanometer dual-core products, the first of which are launching on November 12. Next year, Intel plans to launch Nehalem, a scaleable, multi-core system -- 8 cores, each with 2 threads. (Specifics on the launch aren't available yet -- Dean Takahashi reports from IDF that it'll be released "as soon as it's ready." While discussing the multi-core Larrabee effort, Otellini may have revealed a little more than he intended by indicating it amounted to a move into discrete graphics (he later clarified, according to The Register's Ashlee Vance: "I said that among the applications for Larrabee one of them is high-end graphics." Other sources provide a play-by-play of the proceedings. In addition to adding more cores, Intel is also improving the performance of individual cores, and of power efficiency. What does the future hold for Intel? The long list of efforts includes pushes in extreme mobility, including ultra-mobile devices with integrated WiMax/Wifi; entertainment -- with talk about extreme performance, graphics capability energy efficiency for extreme gaming; problem-solving geared for Enterprise innovations; performance and energy efficiency initiatives including the Climate Savers Initiative and creating and reaching new markets, with initiatives to get the 3rd million people connected, through programs like "Intel Teach." Tags: Paul Otellini, Intel, silicon technology, Intel architecture, Gordon Moore, Moore's Law, 45 nanometer, 32 nanometer microprocessors, microprocessors, chipsets, Penryn, Nehalem, IDF, Larrabee, discrete graphics, ultra-mobile devices, WiMax, Wifi, extreme performance, extreme gaming, Climate Savers Initiative, Energy Star rating, Intel Teach

Intel CTO Justin Rattner's candid preview of events at this week's Intel Developer Forum included an overview of the presentations on Intel's Penryn and Nehalem processors, and recent progress toward 32 nanometer chip production (and Intel's efforts to keep up with Moore's Law). He also discussed Intel's work on new rendering via a technology called ray tracing. According to Rattner, there's a synergy betweeen the ease and increased ability to render using the power of Paralell Computing. The bottom line from the CTO is that Intel is engaging developers and users in new ways, with the aim of defining what the next generation of paralell and multi-core computing will be like. Tags: Justin Rattner, Intel Developer Forum, Penryn, Nehalem, 32 nanometer chip, Moore's Law, rendering, ray tracing, Paralell Computing

Science gurus Adam Savage and Jamie Hyneman race through speed and time to show the explosive wonders of Moore's Law, which is at the core of advances in computer technology. This video was created to celebrate the introduction of Intel Centrino Duo and Intel Centrino Pro processor technology in May 2007. Related Stories: IntelMobility IntelMooresLaw Tags: Adam Savage, Jamie Hyneman, Moore's Law, Intel, Centrino Duo, Centrino Pro, IntelMobility, IntelMooresLaw

Intel announced that it will begin making 45 nanometer chips, code-named Penryn, in the second half of the year. The new microprocessors are the culmination of years of R D using new materials to improve the efficiency and performance of silicon-based semiconductors. The company says the new chip technology maintains Moore's Law, the observation made by Intel co-founder Gordon Moore in the late 1960s that the number of transistors doubles on chips every two years. Intel scientists say that transistors are now so small that more than 300 can fit on a human red blood cell. In a recent earnings announcement, Intel officials said they expect to rebuild a lead in the computer chip market through innovation and manufacturing efficiency. Intel's current line of microprocessors includes the Core2Duo, Core2Extreme, and Core2Quad. In this video podcast, PodTech's Jason Lopez visits Intel's Hillsboro, Oregon research facility and fab. Related Stories: IntelMooresLaw Tags: Intel, 45 nanometer, Penryn, microprocessors, semiconductors, Moore's Law, Gordon Moore, Intel, Core2Duo, Core2Extreme, Core2Quad, Jason Lopez, IntelMooresLaw

Intel announced that it will begin making 45 nanometer chips, code-named Penryn, in the second half of the year. The new microprocessors are the culmination of years of R D using new materials to improve the efficiency and performance of silicon-based semiconductors. The company says the new chip technology maintains Moore's Law, the observation made by Intel co-founder Gordon Moore in the late 1960s that the number of transistors doubles on chips every two years. Intel scientists say that transistors are now so small that more than 300 can fit on a human red blood cell. In a recent earnings announcement, Intel officials said they expect to rebuild a lead in the computer chip market through innovation and manufacturing efficiency. Intel's current line of microprocessors includes the Core2Duo, Core2Extreme, and Core2Quad. In this video podcast, PodTech's Jason Lopez visits Intel's Hillsboro, Oregon research facility and fab. Related Stories: IntelMooresLaw Tags: Intel, 45 nanometer, Penryn, microprocessors, semiconductors, Moore's Law, Gordon Moore, Intel, Core2Duo, Core2Extreme, Core2Quad, Jason Lopez, IntelMooresLaw

Moore's Law is very much alive, according to Intel Senior Fellow, Mark Bohr. He gave me a tour of Intel's newest 45 nanometer fab. This is a very rare look inside Intel's newest fab that'll make processors you'll be buying in computers later this year. In this tour you'll see workers putting on their "bunny suits", hear why cleanliness is so important, and hear what these new chips will do. Mark claims this fab puts Intel one to two years ahead of its competitors. Why is that? Because they are getting rid of Silicon Dioxide dielectrics. What does that mean? Well, watch the video and you'll see the secret to Intel's new 45 nanometer chips. Wikipedia, has a good page on High-K dielectrics, which is what Intel s moving to, in order to make processors generate less heat, take less power, all while having more transistors than last year's designs. Intel has the world's first High-K metal gate architecture and it's all due to this fab. Thanks to Intel for giving me a great look behind the scenes here. What does this mean for you? These chips will bring you about 20 percent more performance. Related Stories: IntelMooresLaw Tags: Moore's Law, Mark Bohr, 45 nanometer, Intel, Silicon Dioxide, dielectrics, 45 nanometer, chips, High-K dielectrics, IntelMooresLaw

Prashanta and Ben are back (again)! The fearsome twosome keep both discussion and antics light this week, hilighting New Year's, winter, Game Boy's death, cameras, and Moore's Law. http://twopeasinapodcast.libsyn.com / peasinapodcast@gmail.com

The second of five special editions of the Naked Scientists recorded live on location at the BA Festival of Science, Norwich. In this programme we look at the effect of diet, exercise and lifestyle on health and disease with Cambridge University's Dr Nick Wareham, and the science of superbugs and antibiotics with Professor Tony Maxwell

Moore's Law "could slow or maybe even stop," offered Mike Fister, CEO of Cadence Design Systems. Before heading off to sit on a TiEcon session on the semiconductor industry. See also: TiEcon.org Tags: Moore's Law, Mike Fister, Cadence Design Systems, TiEcon

Picking apart some miniature morsels of science this week are David Carey, who provides the big picture on the world of nanotechnology, Donald Fitzmaurice describes how DNA may be used as scaffolding for the next generation of computer chips, we breach the boundaries between physics and biology as Stephen Webb discusses how new microscopes can see developing cancers at the nano-scale, and Neal Morgan explains how nanoparticles are stamping out stinky socks. Also on the show, Jim Clark digs up the ancestors of T. rex, and in Kitchen Science Derek and Dave dish the dirt on how gravy thickens.

Picking apart some miniature morsels of science this week are David Carey, who provides the big picture on the world of nanotechnology, Donald Fitzmaurice describes how DNA may be used as scaffolding for the next generation of computer chips, we breach the boundaries between physics and biology as Stephen Webb discusses how new microscopes can see developing cancers at the nano-scale, and Neal Morgan explains how nanoparticles are stamping out stinky socks. Also on the show, Jim Clark digs up the ancestors of T. rex, and in Kitchen Science Derek and Dave dish the dirt on how gravy thickens.